Desander / Particle Removal Stainless Steel Filter Housing CE Approved

Brand Name:UPK

Certification:CE

Model Number:U-SS002

Minimum Order Quantity:1 PC

Delivery Time:20-30DAYS

Payment Terms:L/C, T/T, PAYPAL

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Upick Filtration

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Location: Ningbo Zhejiang China

Address: Rm.920 #3, Wante Business Center, State High-Tech Zone, Yinzhou District, Ningbo, China.

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Product Details

De-sander and particle removing stainless steel filter housing

Description

SXL type Cyclone Desander is designed according to the principle of centrifugal settling and density difference, when water current flow in the equipment, producing strong rotatory movement, because of different density between water and sands, under combined function of centrifugal force, centripetal force, buoyant force and drag force, water with low density will flow from upside while sands with high density will discharge out form bottom, thereby in order to achieve the purpose of desander.

Specification

Sands Diameter	>0.1mm
Water Turbidity	<=10 degree
Tap Pressure	<0.02 Mpa
Influent Pressure	<=0.25 Mpa
Work Temp.	Normal Temperature

Ordering Information

Model	M³/Hr	In P. Mpa	Remove Rate %	Inlet		Outlet		Drain Outlet
Model	M³/Hr	In P. Mpa	Remove Rate %	DN1	H1	DN2	H	Drain Outlet
SXL-20	20	>0.2	>96	40	650	50	850	25
SXL-30	30	>0.2	>96	40	650	50	960	40
SXL-40	40	>0.2	>96	50	1080	65	1150	50
SXL-60	60	>0.2	>96	65	1080	80	1150	50
SXL-70	70	>0.2	>96	80	1300	100	1580	80
SXL-80	80	>0.2	>96	80	1300	100	1580	80
SXL-100	100	>0.2	>96	100	1350	125	1760	100
SXL-150	150	>0.2	>96	100	1350	100	1760	100
SXL-185	185	>0.2	>96	125	1550	150	2000	125
SXL-200	200	>0.2	>96	150	1800	200	2334	150
SXL-300	300	>0.2	>96	200	1800	250	2457	200

Notice:
It is necessary to consider some factors below as we select a proper cyclone desander
1, Water flow
2, Tube diameter
3, Working pressure
4, Water quality and effluent quality demand
Normally, under the premise that we can meet the water flow requirement, we should choose large equipment in priority, while we suggest to use equipment with parallel connection in order to achieve better solid-liquid separation effectiveness.